Rinnovabili • Magnesium boosts solid-state battery performance, says U.S. study
Energy
Magnesium boosts solid-state battery performance, says U.S. study

Solid-state battery performance enhanced by magnesium, which helps prevent voids at the lithium-electrolyte interface, says a U.S. research team

Rinnovabili • Hydrogen from seawater using aluminum and caffeine
Energy
How to produce hydrogen gas from…

Developed a fast and sustainable method to generate hydrogen that is economically…

Rinnovabili • Tandem perovskite/organic photovoltaics: efficiency boost
Energy
Tandem perovskite/organic photovoltaics, a leap forward…

Performance of tandem solar cells with perovskites and organic semiconductors improved by…


Rinnovabili • Solid-state heat pumping with ferroelastic alloy Ti78Nb22
Energy
Solid-state heat pumping, the breakthrough of ferroelastic alloys

A new elastic alloy offers a promising and eco-friendly alternative to traditional vapor compression systems for…

Rinnovabili •
Energy
From German research, a pilot production of shadow-resistant solar roof tiles

Shadow-resistant solar roof tiles debut at Intersolar, thanks to Matrix Shingle technology from Fraunhofer ISE and…

Rinnovabili • Advanced supercapacitor sets energy density record at 418 Wh/kg
Energy
From South Korea, a breakthrough advanced supercapacitor with record-setting energy density

Thanks to the use of carbon nanotube composite fibers, researchers have developed advanced supercapacitors that deliver…

Rinnovabili • Back contact photovoltaics: high-efficiency solar at lower cost
Energy
Back Contact solar is leading the next generation of photovoltaics

Back contact photovoltaics deliver high efficiency and reduced costs, setting the stage for next-gen solar technology…

Rinnovabili • Photovoltaic innovations 2025: top 3 winners of the smarter E AWARDs
Energy
The smarter E AWARDs 2025: 3 photovoltaic innovations leading the solar revolution

Photovoltaic innovations awarded at the smarter E AWARDs 2025: Longi, 7 Second Solar, and Weidmüller lead…

Rinnovabili • SHJ solar cells with silver: record low 1.4 mg/W
Energy
Fraunhofer ISE cuts silver use in SHJ solar cells to just 1.4…

Thanks to copper-based metallization, scientists at the Fraunhofer Institute for Solar Energy Systems have developed silicon…

Rinnovabili • Fully organic solar cells: record efficiency boost with new electrode
Energy
Fully organic solar cells: efficiency doubles

Thanks to a transparent polymer electrode and a new lamination method, fully organic solar cells have…

Rinnovabili • Photovoltaic perovskite CIGS: ultra-flexible solar tech
Energy
Flexible photovoltaic perovskite/CIGS cells withstand 3,000 bends without losing efficiency

Photovoltaic perovskite CIGS cells reach 24.6% efficiency and survive 3,000 bends, redefining flexible thin-film solar technology

Rinnovabili • Naxtra: CATL unveils first sodium-ion EV battery in mass production
Energy
CATL launches Naxtra: the first mass-produced sodium-ion EV battery

During its Super Tech Day, the Chinese giant unveiled three breakthrough batteries for electric vehicles: Freevoy…

Rinnovabili • Tin halide perovskites achieve world record in solar conversion
Energy
Tin halide perovskites: solar energy sets new global efficiency record

Solar cells made with cesium-doped tin halide perovskites deliver record-breaking efficiency and stable operation under continuous…

Rinnovabili • Organic photovoltaic modules: the eco-solvent boosting solar efficiency
Energy
High-efficiency organic photovoltaic modules: the green solvent that changes everything

A Chinese research team proves that eco-friendly solvents and high-speed doctor-blading can achieve scalable, high-efficiency solar…

Rinnovabili • Green hydrogen from seawater: 12% efficiency breakthrough
Energy
Green hydrogen from seawater: solar device hits $1 per kg target

A new solar-powered hybrid device achieves 12.6% efficiency and produces green hydrogen from seawater at just…